OR

source:wikipedia.org
18 Dec, 1890
01 Feb, 1954
Suicide
American
Electrical engineer
63
Edwin Howard Armstrong was a 1954-era electrical engineer and inventive human being. He revolutionized communication with his inventions in radio technology during the 20th century. Edwin Armstrong was born in New York City on December 18, 1890, and at an early age, he showed curiosity. His father, John Armstrong was based with the American office at Oxford University Press. His mom, Emily Smith encouraged him to explore new ideas and learn all he could.
Armstrong attended high school in Yonkers, New York, where his family had moved when he was 12 years old. After high school, Armstrong enrolled at Columbia University in New York City in 1909 to study electrical engineering. From there, he studied under renowned professor Michael Pupin. You could say Pupin’s lessons were really good lines for fire under him! He invented the regenerative circuit already in 1912, while he was still a student. This discovery turned the field of radio waves on its head! They grew stronger by reflecting signals onto themselves. You might say it carried radio communication forward in a giant leap. This vision became his first patent, setting the stage for a remarkable career of innovation.
Edwin Armstrong married Marion MacInnis in 1923, who was RCA’s (Radio Corporation of America) president-secretary. Their bond was strong—Marion always was supportive. But then life got tough with ongoing legal struggles & money troubles over patents. The weight of stress hit hard on his mind and finances. Armstrong’s fierce fight against giant companies like RCA showed how determined he was but also brought big pressure.
Armstrong became a captain in the U.S. Army Signal Corps during World War I. While there, he created the superheterodyne receiver (talk about a game-changer! This amazing technology helped to detect and understand radio signals better! We still use it in radio receivers today. During the war, his inventions helped military communications, and it became a real lifesaver. After the end of armed conflicts in 1945 Armstrong was not sitting idly. He got the ball rolling with frequency modulation (FM) technology in 1933. FM radio compared to AM gave us a greater sound experience. The simple ability to resist interference and reproduce better sound changed the way we broadcast.
Even the big companies, such as RCA battling patents at hard times realized how much Armstrong changed technology. He did have a lot of prizes: the Franklin Medal, the Edison Medal, and the bragging rights to claim he had been awarded the Medal of Honor from both Radio Engineers on top. His inventions changed radio (but also paved the way for devices like TVs & smartphones).
In his final years, Edwin Armstrong faced many challenges, including legal battles over his inventions. Sadly, these struggles took a toll on him, and he jumped out of 12th floor apartment window on 31st January and passed away on February 1, 1954 at the age of 63. Despite these hardships, Armstrong’s legacy remains strong. His groundbreaking work in radio technology, especially FM radio, continues to shape our world today. Armstrong’s innovations revolutionized communication, and his impact is still felt in every radio broadcast. He is remembered as a true pioneer whose contributions will never be forgotten.
Edwin Armstrong
Edwin Armstrong
Male
Suicide
New York City, New York, U.S.
New York City, New York, U.S.
Architect: Imaginative and strategic thinkers, with a plan for everything. Armstrong’s life and career reflect the traits of a strategic and innovative thinker who was determined to bring his visions to life, often working independently and focusing intensely on his goals.
Edwin Armstrong invented FM radio, which greatly improved the clarity and quality of radio broadcasts.
Despite his groundbreaking work, Armstrong faced long legal battles over his inventions, which deeply affected him in his later years.
Armstrong held 42 patents for his innovations in radio and communication technology.
He developed the superheterodyne receiver, a key technology still used in most radios today.
Franklin Medal
Edison Medal